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This section includes 8 Mcqs, each offering curated multiple-choice questions to sharpen your Electronic Devices and Circuits knowledge and support exam preparation. Choose a topic below to get started.
1. |
What are the applications of Millers Theorem? |
A. | Lower power consumption |
B. | Additional voltage source |
C. | Additional current source |
D. | Circuit optimization |
Answer» C. Additional current source | |
2. |
According to Millers Theorem, what is the impedance in output port if I1 = 20 mA, I2 = 30 mA and Z = 2.3 k ? |
A. | 0.38 k |
B. | 3.83 k |
C. | 0.57 k |
D. | 5.75 k |
Answer» C. 0.57 k | |
3. |
According to Millers Theorem, what is the impedance in input port if I1 = 20 mA, I2 = 30 mA and Z = 2.3 k ? |
A. | 0.38 k |
B. | 3.83 k |
C. | 0.57 k |
D. | 5.75 k |
Answer» E. | |
4. |
What is the impedance from the output port according to Millers Theorem? |
A. | Z<sub>in2</sub> = Z K / K 1 |
B. | Z<sub>in2</sub> = Z K / K + 1 |
C. | Z<sub>in2</sub> = Z / K 1 |
D. | Z<sub>in2</sub> = Z / K + 1 |
Answer» B. Z<sub>in2</sub> = Z K / K + 1 | |
5. |
What is theimpedance from the input port according to Millers Theorem? |
A. | Z<sub>in1</sub> = Z K / 1 K |
B. | Z<sub>in1</sub> = Z K / 1 + K |
C. | Z<sub>in1</sub> = Z / 1 K |
D. | Z<sub>in1</sub> = Z / 1 + K |
Answer» D. Z<sub>in1</sub> = Z / 1 + K | |
6. |
According to Millers Theorem, what should be the configuration of voltages? |
A. | Both dependent voltages |
B. | Both independent voltages |
C. | One dependent voltage and one independent voltage |
D. | No specification necessary |
Answer» D. No specification necessary | |
7. |
Which law is the Millers Theorem based on? |
A. | Ohm s Law |
B. | Moore s Law |
C. | Coulomb s Law |
D. | Kirchhoff s Current and Voltage Law |
Answer» E. | |
8. |
What technique is used in Millers Theorem? |
A. | Two port network |
B. | Hybrid parameters |
C. | Grounding |
D. | Short circuiting |
Answer» B. Hybrid parameters | |